It is very likely you have heard of “engineered flooring” if you are in the market for a wood floor. But, how does engineered engineered wood flooring wood flooring work, and why might you want to consider it? Our next topic will examine why many people prefer engineered wood flooring over solid wood flooring when considering a wood floor.
Designed and built according to scientific principles is the definition of Engineered in the dictionary
Engineered flooring is built and designed to meet specific requirements. Wood that has been grown from a tree is no longer a natural floor. Here’s what that means.
What is Construction of Engineered Wood Flooring
Decorative layers must be real wood in order to qualify as engineered wood floors. While laminate flooring has a printed decorative layer, engineered floors can only have a natural decorative top layer. Laminate floors are made from real wood. A core of HDF is made from wood chips, but the decorative surface is not made from real wood.
It is possible to use different types of real wood for the decorative layer. A thicker top layer typically has a longer lifespan and can be sanded more times. However, it is also important to note that a thicker top layer can add to the costs.
The core board is the next component of engineered flooring. This is the foundation for the decorative layer to adhere to. The core board is very important. It provides strength and stability to the overall floor. The core is made from materials that are considered more stable than solid wood flooring when exposed to changes in moisture and heat. There are various types of core boards used in engineered wood flooring.It is arranged with total thickness first and then tops layer. The total thickness of the panel is 18mm, and the top layer is 5mm of real wood.
Different Types of Engineered Floors
The most common type is a multi-ply engineered wood floor. Engineered wood floors have a similar feel to solid wood floors. This provides extra resistance to cupping and overexpansion. Normally, the thickness is between 13mm and 20mm. However, stability is ensured in wide widths up to 350mm due to the extra strength in the plywood core.
Three-ply engineered flooring is another popular option. Despite its excellent resistance to cupping and overexpansion, this product feels fantastic when installed. Typical total thicknesses range from 12-18mm. Our recommendation is to use 3-ply cores for boards up to 200mm in width. Unfortunately, the core is not as strong as a multi-ply core and can be unstable when installed on wide plank wood floors.
Engineered flooring with HDF cores is less common. However, their versatility is allowing them to become more popular. Installation is fast and straightforward with DIY-friendly click installation systems since the core works well with them. In addition, due to the strength of fiber cores in high-density flooring, the total thickness can often be lowered, facilitating the transition between flooring types.
Advantages Of Engineered Products
It is obvious that engineered wood flooring has natural characteristics since it is made of real wood. But engineered wood flooring has other advantages as well.
- A higher level of stability is beneficial to older homes that are susceptible to larger heat and humidity changes.
- A higher level of stability also allows for larger installations.
- The underlayment of engineered wood flooring can be used to improve insulation and leveling.
- The choice in Engineered Flooring has increased due to its popularity.
- The extra stability allows these floors to be installed using click systems.
- This greatly reduces the risk of cupping.
Engineered flooring can be installed with an adhesive. Engineered flooring is also very versatile. It can be installed in areas with a lot of moisture. There are many different types of engineered flooring. The most common types of engineered flooring are laminate, vinyl plank, and parquet. Engineered flooring is available in a variety of thicknesses. Most types of engineered flooring are offered in 1/4-inch, 3/16 inch, and 1/2 inch thick.